Angular Acceleration#
Part 1#
A solid object with 1 \(\rm{m}\) radius that increases in angular velocity from \(\omega\_{1z}\) = \(\rm{rad/s}\) to \(\omega\_{2z}\) = \(\rm{rad/s}\) in a 7 \(\rm{s}\) interval has an average angular acceleration of:
Answer Section#
1.7 \(\rm{rad/s^2}\)
1.7 \(\rm{m/s^2}\)
-1.7 \(\rm{rad/s^2}\)
-1.7 \(\rm{m/s^2}\)
10 \(\rm{rad/s^2}\)
Attribution#
Problem is licensed under the CC-BY-NC-SA 4.0 license.